Shanxian Chemical
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Hydrogen Explosive Range
"On the Deflagration Range of Hydrogen"
If hydrogen is used, its deflagration range is critical to safety. Hydrogen in the air has a certain number of flammable areas. Within this range, when it encounters sources such as open flames and hot topics, it is prone to the risk of deflagration.
The lower limit of deflagration of hydrogen cover is about 4%. That is, when the proportion of hydrogen in the air reaches this value, if there is a slight ignition, it will be like dry firewood in contact with fire, and it will explode instantly. Its power is huge, enough to destroy houses and hurt people, and cause harm to the surroundings.
The upper limit of hydrogen deflagration is about 75%. Although the proportion is higher, the degree of deflagration may vary, but it should not be underestimated. Once in between this range, a little carelessness, disaster will come immediately.
In many scenes, such as workshops, warehouses, if there is hydrogen leakage, be sure to take precautions. Check its concentration, control its environment, eliminate the source of fire, and strictly monitor to prevent the disaster of deflagration. Knowing the range of hydrogen deflagration is essential for safety.
If hydrogen is used, its deflagration range is critical to safety. Hydrogen in the air has a certain number of flammable areas. Within this range, when it encounters sources such as open flames and hot topics, it is prone to the risk of deflagration.
The lower limit of deflagration of hydrogen cover is about 4%. That is, when the proportion of hydrogen in the air reaches this value, if there is a slight ignition, it will be like dry firewood in contact with fire, and it will explode instantly. Its power is huge, enough to destroy houses and hurt people, and cause harm to the surroundings.
The upper limit of hydrogen deflagration is about 75%. Although the proportion is higher, the degree of deflagration may vary, but it should not be underestimated. Once in between this range, a little carelessness, disaster will come immediately.
In many scenes, such as workshops, warehouses, if there is hydrogen leakage, be sure to take precautions. Check its concentration, control its environment, eliminate the source of fire, and strictly monitor to prevent the disaster of deflagration. Knowing the range of hydrogen deflagration is essential for safety.
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